About Me

Applying machine learning and other computational methods, I am currently developing data-driven individualised human heart models using high-resolution recordings of human atrial tissue cultures.

Read more about my career in my full CV.

In autumn 2020, for my PhD training, I joined the applied mathematics research group of Prof. Dr. Hans Dierckx, Mathematics of Cardiac Arrhythmias, at KU Leuven in Belgium and the Laboratory of Experimental Cardiology of Dr. Daniël Pijnappels at Leiden University Medical Center in the Netherlands.

I obtained my Master of Science in Theoretical Physics at the Institute for Computational Plasma Physics at Ruhr-Universität Bochum, Germany, under the supervision of Prof. Dr. Rainer Grauer and Dr. Jürgen Dreher. There, in silico, I localised defects in idealised heart muscle tissue from intra-cardiac electrograms using the adjoint state method.

Find Me Around The Web

• 🧮 research group HeartKOR Mathematics of Cardiac Arrhythmias at KU Leuven campus Kortrijk
• 🫀 research in cooperation with the Laboratory of Experimental Cardiology at Hart Long Centrum at Leiden University Medical Center
• 📰 keep track of my scientific publications via ORCID
• 📂 code repositories on GitHub.com/dkabus, GitLab.com/dkabus or here
• 💼 network with me on LinkedIn.com/in/kabus
• 🐦 follow me on Twitter @mondkubus
• 🗨️ follow my Telegram channel @dkabus
• 📸 follow me on Instagram @mondkubus
• 🟠 subscribe to my blog’s RSS feed

Contact Me

If you want to contact me, you can do so in several different ways:

• 🗨️ send me a direct message on Telegram @kabus
• 🐦 send me a direct message on Twitter @mondkubus
• 📧 look up my professional email address at KU Leuven Who’s Who

Donate

If you want to support my open source projects, feel free, but not obliged to donate here:

• 💸 donate to me on Liberapay.com/dkabus
• 🪙 send me Bitcoin BTC: (QR) 1HshLSqK6LL6R7zQ7XKqmKbdWbhFuSuufB
• Ⓜ️ send me Monero XMR: (QR) 89EyUMv3ZCdgZf2uyeHBxnJa59dCKsbzTWPZ1xqSLCp394PwLLp6e6GDKvR4jfijbZ3a5hvHHDXrEKqrit6wsEJ9PZZCQRx